Li Lin

Li Lin

Woody debris is a vital and abundant component of forest ecosystems where it plays several paramount roles from local to global scale, being a key contributor to forest biodiversity and important ecosystem functions. Of course, these are all related to two important factors, that is, the woody debris traits and its decomposition. My focus is on determining the differences in functional traits (including bark and wood) among different (gymnosperm) tree species and disentangling the effects of these traits  on woody debris decomposition and its associated abundance and composition of dead wood fauna. I will investigate these relationships in the “tree cemetery” experiment Loglife in the Netherlands.

Selected Publications

Lin L, Zhu H,  Xu W, et al. (2015) Effects of floating islands areas on nitrogen and phosphorous purification at low temperature. Chinese Journal of Environmental Engineering. 9(12):5915-5920.

Zhu H, Lin L, Xu W, et al. (2017) Comparative study on nitrogen and phosphorus absorbency of seven wetland plants in Caiyun lake wetland park in different seasons. Chinese Journal of Environmental Engineering. 11(1):645-652.

Xu W, Lin L, Zhu H, et al. (2016) Succession and Species Composition of Semi-natural Forest Communities in Core District of Chongqing. Forest Inventory and Planning. 41(2):23-28.

Tang Y, Cao R, Lin L, et al.  (2015) Inspiration of the Keywords Analysis on Ecological Study for Landscape and Architecture. Landscape Architecture. 4:102-110.

Link to full publication list in PURE

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